Space
Immortal Quantum Particles
As the saying goes, nothing lasts forever. The laws of physics confirm this: on our planet, all processes increase entropy, thus molecular disorder. For example, a broken glass would never put itself back together again.
Latest Research Articles
Uncovering the Hidden History of a Giant Asteroid
Direct from Distant Planet: Spectral Clues to Puzzling Paradox
What If Dark Matter is Lighter? Report Calls for Small Experiments to Broaden the Hunt
Mass Anomaly Detected Under the Moon's Largest Crater
New Mineral Classification System Captures Earth's Complex Past
'Fettuccine' may be Most Obvious Sign of Life on Mars, Researchers Report
Researchers wonder if Ancient Supernovae Prompted Human Ancestors to Walk Upright
Comet Inspires Chemistry for Making Breathable Oxygen on Mars
On Mars, Sands Shift to a Different Drum
Neptune's Moon Triton Fosters Rare Icy Union
How Earth's Mantle is Like a Jackson Pollock Painting
Gas Insulation Could be Protecting an Ocean inside Pluto
MOST POPULAR
-
Weak Spot in Earth's Magnetic Field Raises Concerns for Humanity's Future
-
Spectacular Northern Lights Show Possible in 10 States as Geomagnetic Storm Approaches
-
Earth's Magnetic North Pole Shifts Toward Russia, Scientists Update Its Location
-
Undersea Volcano Off Oregon Coast Could Erupt in 2025 After Scientists Notice 'Swelling'
-
Mount Rainier's Volcanic Activity Closely Watched by Scientists
